Quebec SEAO #2026-0104-AO

Flooring Replacement Construction Services for CISSS de Laval Hospital

This opportunity involves construction services for the replacement of flooring in the food service area at the CISSS de Laval hospital in Quebec. - Government Buyer: - Centre intégré de santé et de services sociaux (CISSS) de Laval - Scope of Work: - Replacement of flooring in the food service area (production and distribution section) - Includes demolition, temporary works, infection control confinements, coordination, waste management, and project documentation - Contractors must obtain all necessary permits and ensure continuous hospital operations - Notable Requirements: - Work must be performed in an occupied hospital with 24/7 operations - Special phasing and infection control measures are mandatory - Strict adherence to hospital safety protocols and prohibition of contact with clients - Compliance with Quebec and Canadian trade agreements - Contract Details: - Duration is 30 weeks from mobilization, with work hours scheduled to minimize disruption - OEMs and Vendors: - No specific OEMs, product brands, or vendors are mentioned in the notice - Locations: - Primary place of performance is 1755 boul. René-Laennec, Laval, Quebec - Additional references to Hôpital juif de réadaptation de Laval at 3205, place Alton-Goldbloom, Laval, Quebec

Description

Le Centre intégré de santé et de services sociaux (CISSS) de Laval is seeking a general contractor for construction work involving the replacement of flooring in the food service area at 1755 boul. René-Laennec, Laval, Quebec. The project requires working in an occupied hospital environment with continuous 24/7 operations, necessitating specific phasing, service interruptions, and temporary installations to ensure continuity of care. Work includes obtaining permits, demolition, temporary works, infection control confinements, coordination, waste management, and project documentation. The contract duration is 30 weeks from mobilization, with work hours specified to minimize disruption.

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